216 fps 672 × 512 pixel 3 μm Indirect Time-of-Flight Image Sensor with 1-Frame Depth Acquisition for Motion Artifact Suppression.

Chihiro Okada, Sozo Yokogawa,Yuhi Yorikado, Katsumi Honda, Naoki Okuno, Ryohei Ikeno, Makoto Yamakoshi, Hiroshi Ito, Shohei Yoshitsune, Masatsugu Desaki, Shota Hida, Atsushi Nose, Hayato Wakabayashi, Fumihiko Koga

VLSI Technology and Circuits(2023)

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摘要
A 216 fps, 672 × 512 pixel, 3 μm indirect time-of-flight image sensor with 1-frame depth acquisition for motion artifact suppression was developed for versatile applications. To suppress motion artifacts, we employed a floating diffusion sharing circuit, vertical gate technology for the transfer gate, and IQ mosaic pixel coding with demosaic processing. Consequently, a motion artifact-free depth map was obtained, with a 3.5 times faster frame rate, 50% lower power, and 71% lower readout noise compared to a conventional 4-frame sensor.
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关键词
indirect time of flight,single frame,motion artifact suppression
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